The present study develops a new mathematical approach to the pressure-mediated
streaming potential flow of couple-stress Casson fluids with the influence of slip-dependent …

Viscoplastic fluids flow through a microfluidic channel having a built-in two-part cylinder
inside, while the upstream and downstream parts of the cylinder bear the surface potential of …

Analytical solutions are developed for the electro-kinetic flow of a viscoelastic biological
liquid in a finite length cylindrical capillary geometry under peristaltic waves. The Jefferys' …

Abstract Based on the Nernst–Planck model for ion transport, the electroosmotic flow of a
non-Newtonian fluid near a surface potential heterogeneity is studied numerically. The …

An analytical model is presented for electrokinetic flow of a power-law fluid through a slit
channel with gradually varying channel height and wall potential. With the near-wall …

We discuss the rotational force-induced flow dynamics of a viscoplastic fluid in a polymeric
layer grafted soft microfluidic channel. In this analysis, the rheological behavior of …

This study aims to investigate electroosmotic flow of a viscoplastic material, modeled as
either Bingham plastic or Casson fluid, through a parallel-plate channel that rotates about an …

This paper investigates the pressure-driven and electroosmotic flow of Bingham plastic fluid
within a curved microtube in the presence of a streaming potential. Perturbation analysis is …

In this paper, we consider the electroosmotic flow (EOF) of a viscoplastic fluid within a slit
nanochannel modulated by periodically arranged uncharged slip** surfaces and no-slip …

In this paper, we investigate the implications of electro-osmosis on electrohydrodynamic
transport of a non-Newtonian fluid on a hydrophobic micro-channel by develo** a suitable …